Explore MATLAB source code curated for "一维光子晶体" with clean implementations, documentation, and examples.
A reliable program implementing the transfer matrix method to compute bandgap diagrams for one-dimensional photonic crystals, featuring efficient algorithm design and practical code implementation.
MATLAB implementation of transfer matrix method for calculating band structure in 1D photonic crystals, featuring code documentation in Word format with plotted results and detailed algorithm explanation
MATLAB implementation using transfer matrix method to compute transmittance variation with period number in 1D photonic crystals, featuring efficient matrix operations and layer-by-layer propagation algorithms.
Computes transmission and reflection properties of 1D photonic crystals using the transfer matrix method with implementation details for multilayer optical calculations
Simulation of light wave propagation in 1D photonic crystals demonstrating dispersion curves, helpful for understanding photonic crystals with code implementation details for transfer matrix methods and band structure calculations.
This study employs the Finite-Difference Time-Domain (FDTD) method to simulate light wave propagation in 1D photonic crystals, calculating electromagnetic field distributions and transmission spectra through iterative Maxwell's equations solving with Yee's grid algorithm, including dispersion relations and group velocity analysis.
Computation of transmission and reflection for 1D photonic crystals using TM mode, PML boundary conditions, total-field/scattered-field formulation, and Gaussian pulse excitation with optimization techniques implemented.
Implementation of transfer matrix method using MATLAB programming to compute band structures of one-dimensional photonic crystals, featuring simple methodology, fast computation speed, and additional transmission coefficient calculation capabilities
This MATLAB simulation program implements both numerical and analytical methods to compute bandgap structures in 1D photonic crystals, featuring transfer matrix method implementation and dispersion relation analysis.
Study of FDTD (Finite-Difference Time-Domain) simulation for analyzing light wave transmission characteristics in one-dimensional photonic crystals, including electromagnetic field distributions and transmission spectrum calculations.